I am new to LLVM.
What is the difference between setting code model via setCodeModel in Module.h and createTargetMachine in TargetRegistry.h?
In other words: how code model in Module and code model in Target are related to each other?
Related
I'm trying to use LestMove to be more precise
the second implementation method where it says:
Option 2:
Copy the following files into your project:
PFMoveApplication.h
PFMoveApplication.m
If your project has ARC enabled, you'll want to disable ARC on the above files. You can do so by adding -fno-objc-arc compiler flag to your PFMoveApplication.m source file. See How can I disable ARC for a single file in a project?
If your application is localized, also copy the 'MoveApplication.string' files into your project.
Link your application against Security.framework.
In your app delegate's "-[applicationWillFinishLaunching:]" method, call the PFMoveToApplicationsFolderIfNecessary function at the very top.
but I'm not able to call the method / Class, could someone help me with this issue? Thanks in advance!
In general, there are a couple of ways to set up an Objective-C class in your AppleScriptObjC project:
Add the file(s) to the project - the Objective-C class name will be
the one used in the #interface/#implementation declarations
Add an outlet property in the AppleScript class/script you are using, e.g. property someProperty : missing value
Instantiate the class programmatically:
set someProperty to current application's ClassName's alloc's init()
or
Connect stuff up with the Interface Builder:
Add an NSObject (blue cube) from the library to your project
Set the class of the object/cube to the class name of the Objective-C file(s) in the Identity Inspector
Connect the AppDelegate IB Outlet to the object/cube in the Connections Inspector
After setting up the outlet property, the Objective-C methods can be used like any other script/class:
someProperty's handler()
That LetsMove project wasn't really set up for AppleScriptObjC, but I was able to tweak it a bit to get it running. I'm not that great at writing Objective-C, but the following worked for me using a new default AppleScript project with Xcode 10 in Mojave (the original file is over 500 lines long, so I'm just highlighting the changes):
Add PFMoveApplication.h and PFMoveApplication.m files to the project (the class name is LetsMove)
Add Security.framework to Link Binary With Libraries in Build Phases
As described in the original project README, add the compiler flag -fno-objc-arc to the Objective-C file in Compile Sources of the Build Phases
-- Now to alter the Objective-C files a bit:
Move the #interface declaration to the .h file and include the redefined method signatures below in it:
The PFMoveToApplicationsFolderIfNecessary and PFMoveIsInProgress methods are redefined as instance methods:
- (void)PFMoveToApplicationsFolderIfNecessary;
- (BOOL)PFMoveIsInProgress;
Redefine the above method signatures in the .m file, and include those methods in the #implementation section - to do this, move the #end to just before the helper methods (after the PFMoveIsInProgress method)
Remove the isMainThread statement at the beginning of the PFMoveToApplicationsFolderIfNecessary method - this is not not needed (AppleScript normally runs on the main thread), and fixes another issue
There is still a little stuff in there from the original app such as NSUserDefaults, so for your own project, give it a look to see if anything else needs changing (dialog text, etc)
And finally, in the AppDelegate.applescipt file, the following was added to applicationWillFinishLaunching:
current application's LetsMove's alloc's init()'s PFMoveToApplicationsFolderIfNecessary()
I'm trying to write a Python (2.7) library which loads certain classes at runtime. These classes contain a predefined set of methods.
My approach is to define a few Metaclasses which I work with in my library. I would for example define a "Navigation" Metaclass and work with it in the library. Then someone could write a class "Mainmenu" which contains some type of type definition that it is a "Navigation" plugin. And then the Library could use this class.
I am able to load modules and I'm able to write Metaclasses. My problem lies in combining these two things.
First there is the problem that I want the "plugin-classes" to be in a different (configurable) folder. So I can not do:
__metaclass__ = Navigation
because the Navigation class is part of my library and won't be there in the plugin-folder...
How could I solve the Problem of telling the type that the plugin is for? (Navigation, content.... e.g)
EDIT2: I solved the following problem. I found out that I can just ask the module to give me a dict.
My first problem still exists though
EDIT:
I managed registering and loading "normal" classes with a registry up until the following point:
from os import listdir
from os.path import isfile, join
import imp
class State:
registry = {}
def register_class(self,target_class):
self.registry[target_class.__name__] = target_class
print target_class.__name__+" registered!"
def create(self,classname):
tcls = self.registry[classname]
print self.registry[classname]
return tcls()
s = State()
mypath = """C:\metatest\plugins"""
files = [f for f in listdir(mypath) if isfile(join(mypath, f))]
for f in files:
spl = f.split(".")
if spl[1] == "py":
a = imp.load_source(spl[0], mypath + """\\""" + f)
s.register_class(a)
The problem I have at the end now is, that "a" is the loaded module, so it is a module-object. In my case there is only one class in it.
How can I get a Class object from the loaded module, so I can register the class properly??
So - let's check your problem steping back on your current proposal.
You need a way to have plug-ins for a larger system - the larger system won't know about the plug-ins at coding time - but the converse is not true: your plugins should be able to load modules, import base classes and call functions on your larger system.
Unless you really have something so plugable that plug-ins can work with more than one larger system. I doubt so, but if that is the case you need a framework that can register interfaces and retrieve classes and adapter-implementations between different classes. That framework is Zope Interface - you should read the documentation on it here: https://zopeinterface.readthedocs.io/en/latest/
Much more down to earth will be a plug-in system that sacans some preset directories for Python files and import those. As I said above, there is no problem if these files do import base classes (or metaclasses, for the record) on your main system: these are already imported by Python in the running process anyway, their import in the plug-in will just make then show up as available on the plug-in code.
You can use the exact code above, just add a short metaclass to register derived classes from State - you can maketeh convention that each base class for a different plug-in category have the registry attribute:
class RegistryMeta(type):
def __init__(cls, name, bases, namespace):
for base in cls.__mro__:
if 'registry' in base.__dict__:
if cls.__name__ in base.registry:
raise ValueError("Attempting to registrate plug-in with the name {} which is already taken".format(cls.__name__))
base.registry[cls.__name__] = cls
break
super(RegistryMeta, cls).__init__(name, base, namespace)
class State(object):
__metaclass__ = RegistryMeta
registry = {}
...
(keep the code for scanning the directory and loading modules - just switch all directory separation bars to "/" - you still are not doing it right and is subject to surprises by using "\")
and on the plug-in code include:
from mysystem import State
class YourClassCode(State):
...
And finally, as I said in the comment : you should really check the possibility of using Python 3.6 for that. Among other niceties, you could use the __init_subclass__ special method instead of needing a custom metaclass for keeping your registries.
I am using Sitecore Glass Mapper for a new project I'm setting up.
We are using Sitecore 7.2, latest version of Team Development for Sitecore (TDS) code generation and the latest version of glass.
The code I am trying to execute:
var b = new SitecoreContext();
var c = b.GetCurrentItem<T01_Homepage>();
b is not null. c is null.
var d = b.GetItem<T01_Homepage>("path")
d is null.
I added my assembly in GlassMapperScCustom:
public static IConfigurationLoader[] GlassLoaders(){
var attributes = new AttributeConfigurationLoader(new[] { "Company.Framework.Websites.Corporate", "Company.Framework.Core", "Company.Framework.Common" });
return new IConfigurationLoader[] { attributes };
}
When I look into b.GlassContext.TypeConfigurations all my models are there.
I figured it could be a language issue because the site is in dutch and maybe the wrong language would be resolved incorrectly. This was also not the case.
I disabled WebActivator and added the GlassMapperSc.Start() in my Global.asax Application_Start method.
We are also using Autofac as DI framework. But without it, it still isn't working as you can see above. Also when I create my own custom models without TDS code generation the result of GetCurrentItem<T> is null.
Does anyone have an idea how I can fix this?
Did you check your Sites.config and the default language for this website? There could be a difference between the language which is defined in your Sitecore languages folder and your configuration.
I had a similar problem with one of my projects where I changed the Sitecore.Context.Language to "nl" instead of "nl-NL". The glass mapper will return null, but Sitecore.Context.Database.GetItem will return an object in this case.
Most of the times it is a language issue. The mapper returns a null object when you do not have versions in the current or given language.
What can be confusing is that Sitecore.Context.Database.GetItem returns an object, even if it does not have a version in the current language. Be sure to check that item.Versions has any.
Some things you may try (this didn't fit in the comments field)
1) Confirm that the related fields in the Sitecore Item object contain values (so Sitecore.Context.Item for your "c" var and Sitecore.Context.Database.GetItem("path") for your "d" var)
2) Try to encapsulate the GetItem/GetCurrentItem call in a VersionCountDisabler, like this:
T01_Homepage model = null;
using (new VersionCountDisabler())
{
var context = new SitecoreContext();
model = context.GetItem<T01_Homepage>("path");
}
// Do you have data in model now?
3) Try to encapsulate the same call with a SecurityDisabler. Just to confirm it's not a security issue.
4) If you still don't know what it is, please update your question with some (simplified) code for your model.
I'm trying to create my RKEntityMapping outside of my UnitTest. The problem I have is it only works if I create it inside my test. For example, this works:
RKEntityMapping *accountListMapping = [RKEntityMapping mappingForEntityForName:#"CustomerListResponse" inManagedObjectStore:_sut.managedObjectStore];
[accountListMapping addAttributeMappingsFromDictionary:#{#"count": #"pageCount",
#"page": #"currentPage",
#"pages": #"pages"}];
While the following does now work. The all to accoutListMapping returns exactly what is shown above using the same managed object store:
RKEntityMapping *accountListMapping = [_sut accountListMapping];
When the RKEntityMapping is created in _sut I get this error:
<unknown>:0: error: -[SBAccountTests testAccountListFetch] : 0x9e9cd10: failed with error:
Error Domain=org.restkit.RestKit.ErrorDomain Code=1007 "Cannot perform a mapping operation
with a nil destination object." UserInfo=0x8c64490 {NSLocalizedDescription=Cannot perform
a mapping operation with a nil destination object.}
I'm assuming the nil destination object it is referring to is destinationObject:nil.
RKMappingTest *maptest = [RKMappingTest testForMapping:accountListMapping
sourceObject:_parsedJSON
destinationObject:nil];
Make sure that the file you have created has a target membership of both your main target, and your test target. You can find this by:
clicking on the .m file of your class
open the utilities toolbar (the one on the right)
in the target membership section tick both targets.
This is because if your class does not have target membership to your test target, the test target actually creates a copy of the class that you have created, meaning it has a different binary file to the main target. This leads to that class using the test's version of the RestKit binary, rather than the main projects RestKit. This will lead to the isKindOfClass method failing when it tries to see if the mapping you have passed is of type RKObjectMapping from the main project, because it is of type RKObjectMapping from the test projects version of RestKit, so your mapping doesn't get used, and you get your crash.
At least this is my understanding of how the LLVM compiler works. I'm new to iOS dev so please feel free to correct if I got something wrong.
This problem may also be caused by duplicated class definitions, when including RestKit components for multiple targets individually when using Cocoapods.
For more information on this have a look at this answer.
I used a category on the Mapped object for example
RestKitMappings+SomeClass
+ (RKObjectMapping*)responsemappings {
return mappings;
}
now this category has to be included in the test target as well otherwise the mapping will not be passed.
When you're running a test you aren't using the entire mapping infrastructure, so RestKit isn't going to create a destination object for you. It's only going to test the mapping itself. So you need to provide all three pieces of information to the test method or it can't work.
I'm developing an Ecore model with some invariants defined in OCL, using the OCLinEcore editor. In my model, some elements have references to EClassifier; in some OCL constraints, I need to check if the EClassifier referred to is an EDataType or an EClass. Here is, in OCLinEcore, a model similar to the one I have:
import ecore : 'http://www.eclipse.org/emf/2002/Ecore#/';
package Foo : foo = 'some_namespace'
{
class EndPoint
{
attribute name : String[1];
property type : ecore::EClassifier[1];
}
class Coupling
{
invariant Compatibility:
(destination.type.oclIsKindOf(ecore::EDataType) and source.type = destination.type) or
let destinationClass : ecore::EClass = destination.type.oclAsType(ecore::EClass) in
destinationClass.isSuperTypeOf(source.type.oclAsType(ecore::EClass));
property source : EndPoint[1];
property destination : EndPoint[1];
}
}
However, when I try to validate a dynamic instance of my model, an exception occur with the following message:
An exception occured while delegating evaluation of the
'Compatibility' constraint on 'Coupling': Unknow type ([ecore,
EDataType])
When I try the expression in the OCL interactive console, I obtain the correct result. Am I doing something wrong when defining my invariant? How can I write an invariant that uses Ecore types?
Edward Willink gave me an explanation and a workaround on the OCL forum:
Naked OCL does not support the binding of ecore to something useful,
so the oclAsType(ecore::EClass) has an unresolved reference since each
ecxpression is an independent snippet in the ECore file.
The Juno release therefore adds an extension whereby a package
qualifier may be a URI, so that if you saw the above serialized it
might be
oclAsType(_'http://www.eclipse.org/emf/2002/Ecore'::ecore::EClass).
The Juno release also adds flexibility as to whether you use the new
Pivot-binding with this extended functionality. In the
Window->Preferences->OCL page make sure that the selected executor for
the default delegate is
http://www.eclipse.org/emf/2002/Ecore/OCL/Pivot.